KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use get_element_size method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

vtkSymbols.py

Source:vtkSymbols.py

...44        transform = vtk.vtkTransform()45        transform.Translate(startPoint)46        transform.Concatenate(matrix)47        #transform.Scale(length, length, length)48        transform.Scale(self.project.get_element_size(), self.project.get_element_size(), self.project.get_element_size())49        transformPD = vtk.vtkTransformPolyDataFilter()50        transformPD.SetTransform(transform)51        transformPD.SetInputConnection(arrowSource.GetOutputPort())52        mapper = vtk.vtkPolyDataMapper()53        actor = vtk.vtkActor()54        mapper.SetInputConnection(arrowSource.GetOutputPort())55        actor.SetUserMatrix(transform.GetMatrix())56        actor.SetMapper(mapper)57        return actor58    def getElementAxe(self, element):59        center, direction = element.get_local_coordinate_system_info()60        arrows = []61        x = self.arrow(center, center+direction[0])62        x.GetProperty().SetColor(1,0,0)63        y = self.arrow(center, center+direction[1])64        y.GetProperty().SetColor(0,1,0)65        z = self.arrow(center, center+direction[2])66        z.GetProperty().SetColor(0,0,1)67        arrows.append(x)68        arrows.append(y)69        arrows.append(z)70        return arrows71    def getSpring(self, node, u_def=[]):72        a = self.getReal(node.get_lumped_stiffness())73        base_length = self.project.preprocessor.structure_principal_diagonal/1074        element_length = self.project.get_element_size()75        if base_length/10 < element_length*1.5:76            shift = base_length/1077        else:78            shift = element_length*1.579        v = [1,2,3]80        for i in range(0,3):81            try:82                if a[i] is None or a[i] == 0:83                    v[i] = 084                elif a[i] < 0:85                    v[i] = -1*v[i]86            except Exception as log_error:87                if isinstance(a[i], np.ndarray):88                    pass89                else:90                    print(str(log_error))91        if v.count(0) == 3:92            return []93        arrows = []94        for i in range(3):95            if v[i] == 0:96                continue97            b = ActorSpring(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)98            b.setShiftValue(shift)99            b.setNormalizedColor([1,0,1])100            b.setNormalizedColor([242/255,121/255,0])101            b.build()102            arrows.append(b.getActor())103        return arrows104    def getDamper(self, node, u_def=[]):105        a = self.getReal(node.get_lumped_dampings())106        base_length = self.project.preprocessor.structure_principal_diagonal/10107        element_length = self.project.get_element_size()108        if base_length/20 < element_length*1.5:109            shift = base_length/20110        else:111            shift = element_length/2112        v = [1,2,3]113        for i in range(0,3):114            try:115                if a[i] is None or a[i] == 0:116                    v[i] = 0117                elif a[i] < 0:118                    v[i] = -1*v[i]119            except Exception as log_error:120                if isinstance(a[i], np.ndarray):121                    pass122                else:123                    print(str(log_error))124        if v.count(0) == 3:125            return []126        arrows = []127        for i in range(3):128            if v[i] == 0:129                continue130            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)131            a.setNormalizedColor([242/255,121/255,0])132            a.setNormalizedColor([1,0,1])133            a.setShiftValue(shift)134            a.removeTipLength()135            a.build()136            arrows.append(a.getActor())137        return arrows138    def getArrowBC(self, node, u_def=[]):139        a = self.getReal(node.getStructuralBondaryCondition())140        base_length = self.project.preprocessor.structure_principal_diagonal/10141        element_length = self.project.get_element_size()142        if base_length/20 < element_length/2:143            shift = base_length/20144        else:145            shift = element_length/2146        v = [1,2,3]147        for i in range(0,3):148            try:149                if a[i] is None:150                    v[i] = 0151                elif a[i] < 0:152                    v[i] = -1*v[i]153            except Exception as log_error:154                if isinstance(a[i], np.ndarray):155                    pass156                else:157                    print(str(log_error))158            159        if v.count(0) == 3:160            return []161        arrows = []162        for i in range(3):163            if v[i] == 0:164                continue165            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i], u_def=u_def)166            a.removeShaftRadius()167            a.setNormalizedColor([0,1,0])168            a.setShiftValue(shift)169            a.build()170            arrows.append(a.getActor())171        return arrows172    def getArrowForce(self, node):173        a = self.getReal(node.get_prescribed_loads())174        base_length = self.project.preprocessor.structure_principal_diagonal/10175        element_length = self.project.get_element_size()176        if base_length/20 < element_length/2:177            shift = base_length/20178        else:179            shift = element_length/2180        v = [1,2,3]181        for i in range(0,3):182            try:183                if a[i] is None or a[i] == 0:184                    v[i] = 0185                elif a[i] < 0:186                    v[i] = -1*v[i]187            except Exception as log_error:188                if isinstance(a[i], np.ndarray):189                    pass190                else:191                    print(str(log_error))192        if v.count(0) == 3:193            return []194        arrows = []195        for i in range(3):196            if v[i] == 0:197                continue198            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])199            a.setNormalizedColor([1,0,0])200            a.setShiftValue(shift)201            a.build()202            arrows.append(a.getActor())203        return arrows204    def getArrowRotation(self, node):205        a = self.getReal(node.getStructuralBondaryCondition())206        base_length = self.project.preprocessor.structure_principal_diagonal/10207        element_length = self.project.get_element_size()208        if base_length/20 < element_length/2:209            shift1 = base_length/20210            shift2 = 2.7*shift1211        else:212            shift1 = element_length/2213            shift2 = 6.5*shift1214        v = [1,2,3]215        for i in range(3,6):216            try:217                if a[i] is None or a[i] == 0:218                    v[i-3] = 0219                elif a[i] < 0:220                    v[i-3] = -1*v[i-3]221            except Exception as log_error:222                if isinstance(a[i], np.ndarray):223                    pass224                else:225                    print(str(log_error))226        if v.count(0) == 3:227            return []228        arrows = []229        for i in range(3):230            if v[i] == 0:231                continue232            233            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])234            a.removeShaftRadius()235            a.setNormalizedColor([0, 1, 1])236            a.setShiftValue(shift1)237            a.build()238            arrows.append(a.getActor())239            b = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])240            b.removeShaftRadius()241            b.setNormalizedColor([0,1,1])242            b.setShiftValue(shift2)243            b.build()244            arrows.append(b.getActor())245        return arrows246    def getArrowMomento(self, node):247        a = self.getReal(node.get_prescribed_loads())248        base_length = self.project.preprocessor.structure_principal_diagonal/10249        element_length = self.project.get_element_size()250        if base_length/20 < element_length/2:251            shift1 = base_length/20252            shift2 = 2.7*shift1253        else:254            shift1 = element_length/2255            shift2 = 6.5*shift1256        v = [1,2,3]257        for i in range(3,6):258            try:259                if a[i] is None or a[i] == 0:260                    v[i-3] = 0261                elif a[i] < 0:262                    v[i-3] = -1*v[i-3]263            except Exception as log_error:264                if isinstance(a[i], np.ndarray):265                    pass266                else:267                    print(str(log_error))268        if v.count(0) == 3:269            return []270        arrows = []271        for i in range(3):272            if v[i] == 0:273                continue274            a = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])275            a.setNormalizedColor([0,0,1])276            a.setShiftValue(shift1)277            a.build()278            arrows.append(a.getActor())279            b = ActorArrow(node, self.project.get_element_size(), base_length, xyz=v[i])280            b.setNormalizedColor([0,0,1])281            b.setShiftValue(shift2)282            b.removeShaftRadius()283            b.build()284            arrows.append(b.getActor())285        return arrows286    def getReal(self, vector):287        new_vector = vector.copy()288        for i in range(len(vector)):289            if type(vector[i]) == complex:290                new_vector[i] = vector[i].real...

audio_tfrecord_analysis.py

Source:audio_tfrecord_analysis.py

...54        k2 = item % self._base55        if k2 not in self._values[k1]:56            return None57        return self._values[k1][k2]58def get_element_size(element):59    if isinstance(element[0], bytes):60        return len(element[0].decode("utf-8").strip().split())61    return len(element)62def freq_percent(counter):63    cnt = 0.64    current_idx = 065    margin_values = []66    for val in range(counter.min_value, counter.max_value + 1):67        this_cnt = counter[val]68        if this_cnt:69            cnt += this_cnt70            percent = cnt / counter.total71            while (current_idx < len(_DISPLAY_PERCENTS)72                   and percent > _DISPLAY_PERCENTS[current_idx]):73                margin_values.append(val)74                current_idx += 175        if current_idx == len(_DISPLAY_PERCENTS):76            break77    return margin_values78def main(dataset, feature_extractor=None):79    audio_counter = BigCounter()80    transcript_counter = BigCounter()81    translation_counter = BigCounter()82    has_translation = False83    total_seconds = 0.84    for idx, sample in enumerate(dataset.build().as_numpy_iterator()):85        if idx == 0:86            if "translation" in sample:87                has_translation = True88        audio_length = get_element_size(sample["audio"])89        audio_length //= feature_extractor.feature_dim90        total_seconds += feature_extractor.seconds(91            numpy.reshape(sample["audio"], [-1, feature_extractor.feature_dim]))92        audio_counter.count(audio_length)93        transcript_counter.count(get_element_size(sample["transcript"]))94        if has_translation:95            translation_counter.count(get_element_size(sample["translation"]))96    logging.info("Total %d samples, %.2f hours", audio_counter.total, total_seconds / 3600.)97    logging.info(f"Max audio size: {audio_counter.max_value}, min audio size: {audio_counter.min_value}")98    logging.info("Audio feature size distribution: ")99    for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(audio_counter)):100        logging.info(f"  {percent} samples <= {margin}")101    logging.info("")102    logging.info("Transcript distribution: ")103    for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(transcript_counter)):104        logging.info(f"  {percent} samples <= {margin}")105    if has_translation:106        logging.info("")107        logging.info("Translation distribution: ")108        for percent, margin in zip(_DISPLAY_PERCENTS, freq_percent(translation_counter)):109            logging.info(f"  {percent} samples <= {margin}")...

container.py

Source:container.py

...17                                                             Drawable.FILL_PARENT,18                                                             Drawable.FILL_PARENT))19        self.create_children(parameters)20        21    def get_element_size(self) :22        if self._children :23            self.layout_policy.update_bounds(self.inner_bounds)24            return self.layout_policy.get_element_size()    25        return super().get_element_size()26    27    def create_children(self, parameters) :28        for element in parameters.get("elements", []) :29            self.__create_elements(element)   30            31    def __create_elements(self, element) :32        parser = ParameterParser(element)33        class_name = parser.realize_parameter("class")34        if not class_name :35            raise ParameterError("Elements must specify a class") 36        37        if self.__skip_element(parser) :38            return39        40        klass = globals()[class_name]41        primary_element = None42        43        for _ in range(self.__number_of_elements_to_create(parser)) :44            new_element = klass(element)45            if primary_element :46                new_element.primary_element = primary_element47            else :48                primary_element = new_element49                50            self._children.append(new_element)  51            52    def __skip_element(self, parser) :53        return not parser.realize_parameter("probability", True)54            55    def __number_of_elements_to_create(self, parser) :56        rows = 1 + parser.realize_parameter("repeat", 0)57        return self.layout_policy.columns * rows58      59    def update_page_parameters(self, page) :60        for child in self._children :61            child.update_page_parameters(page)   62            63        super().update_page_parameters(page)64            65    def calculate_dimensions(self, draw, size) : 66        inner_size = self._calculate_content_from_size(size)67        self.layout_policy.update_bounds(inner_size)68        max_child_size = self.layout_policy.get_max_child_size()69        for child in self._children :70            child.calculate_dimensions(draw, max_child_size) 71            72        super().calculate_dimensions(draw, size)73    74    def layout(self, bounds) :75        super().layout(bounds)76        self.layout_policy.update_bounds(self.inner_bounds)77        self.layout_policy.layout()78        size = self.layout_policy.get_element_size()79        outer_size = self.calculate_size_from_inner_size(size)80        self._bounds = Bounds(bounds.x, bounds.y, bounds.width, outer_size.height)81                82    def render(self, draw) :83        super().render(draw)84        for child in self._children :85            child.render(draw)    86            87    def set_numerator(self, numerator) :88        for child in self._children :89            child.set_numerator(numerator)90            91    def __get_layout_policy(self, parent_bounds) :92        policy_params = self.parameters.get("layout")...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.